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首页> 外文期刊>International Journal of Engineering and Technology >Detecting Malicious Cloud Bandwidth Consumption using Machine Learning
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Detecting Malicious Cloud Bandwidth Consumption using Machine Learning

机译:使用机器学习检测恶意云带宽消耗

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One of the most difficult and unsolved issues in network is the security issue, because ofcontinuous evolving nature of both threats and the measures used to detect and avoid threats. Amongdifferent types of attacks, one of the most vulnerable attacks in network security are bots that consumethe resources maliciously and exhaust them. Malicious Cloud Bandwidth Consumption (MCBC) attack isa new type of attack, where the aim of the attacker is to consume the bandwidth maliciously, in turncausing the financial burden to the cloud service host. MCBC is generally vulnerable to the internetbased web services in public cloud. MCBC mainly aims at frequently consuming the bandwidth in a slowmanner, hence affecting the pay-as-you-go utility model, causing the consumer in the form of monetaryloss. Unlike DDOS attack which is short lived and makes the resource unavailable to the user, MCBCattack is a long term attack which slowly attacks the target for an extended period and remainsundetectable. As this attack does not affect the availability issue immediately, it is not discussed much asDDOS attack. This paper discuss about how machine learning technique can be used to detect the MCBCattack in the form of request per second, any traffic violating this range are classified as MCBC attack.The proposed system consists of using semi supervised machine learning which uses labeled networktraffic for building model and unlabeled traffic to classify using the built model.
机译:网络中最困难且未解决的问题之一是安全问题,因为威胁的连续不断发展的性质以及用于检测和避免威胁的措施。在攻击类型中,网络安全中最脆弱的攻击之一是恶意消耗资源的机器人并排气它们。恶意云带宽消耗(MCBC)攻击ISA新型攻击,攻击者的目的是恶意消耗带宽,在将财务负担转到云服务主机的财务负担。 MCBC通常很容易受到公共云中的InternetBased Web服务。 MCBC主要旨在经常在慢意度乐队中消耗带宽,因此影响您的工资效用模型,从而以莫内雷斯的形式导致消费者。与短暂的DDOS攻击不同,并使用户无法使用的资源,McBCattack是一个长期攻击,该攻击缓慢地攻击了延长的时期和仍然未经保险的目标。由于此攻击立即不会影响可用性问题,因此尚未讨论大量ASDDOS攻击。本文讨论了机器学习技术如何以每秒请求的要求来检测MCBCATTack,违反此范围的任何流量被归类为MCBC攻击。建议的系统包括使用SEMI监督机器学习,该机器学习使用标记为网络抽象器进行建筑模型和未标记的流量使用内置模型进行分类。

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